With AVL CRUISE™ M, we can simulate a hardware-in-the-loop environment for a future fuel cell testbed. Integrating the fuel cell model in CRUISE M also allows us to precisely design the testbed components based on the fuel cell, before we even start building the testbed.

AVL CRUISE™ M is a multi-physical simulation platform specialized for powertrain system simulations. It is used to configure and benchmark powertrain concepts, select and size components, and optimize powertrain systems in different domains like the mechanical driveline, electric networks and thermal sub-systems.

AVL CRUISE® M by AVL is a multi-disciplinary system simulation solution that supports model-based development using high quality real-time models from domains including engine, flow, after treatment, driveline, electrics, and hydraulics.

AVL CRUISE is the simulation package that supports every day tasks in vehicle system and driveline analysis throughout all development phases, from concept planning, through to launch and beyond.

AVL CRUISETM M introduces seamless control function development from MiL to SiL to HiL using crank-angle resolved engine models with scalable model fidelity and an open integration concept. This enables the re-use of highly mature, realtime-capable office models in the advanced test system with the following results:

Oct 10, 2018 · Dive into the functionalities of AVL CRUISE™ M and learn how to navigate its robust system simulation environment in this instructional video. From the initial setup and project creation to...

cruise m engine provides realtime engine models for system level simulation in office, hil and testing applications

AVL and Altair Engineering are pleased to bring you a free collection of tutorials to become better acquainted with AVL CRUISE M. Access AVL CRUISE™ M Tutorials

Apr 15, 2020 · We present in this article briefly introduces the use of one of the market's leading vehicle simulation software, the AVL Cruise M.

AVL CRUISE M is a multi-disciplinary system simulation solution that supports model-based development using high quality real-time models from domains including engine, flow, aftertreatment, driveline, electrics, and hydraulics.